100% Brand New LFP/LTO cells with original QR codes from EVE, CALB , SVOLT, GREE& REPT.
Professional technical logic for BMS protocols, system-level fault diagnostics, and seamless hardware integration.
Flexible component kits and engineering assistance for your local assembly.
Rapid professional support from our Shenzhen-based battery engineering team.
At DLCPO, we operate under a strict “No Stock” policy — ensuring every battery cell you receive is freshly produced, not aged inventory.
All Grade A LiFePO4 and LTO cells are sourced and allocated per order, guaranteeing maximum chemical activity, longer cycle life, and consistent performance across your system.
Based in Shenzhen — the global hub of lithium battery manufacturing — we act as a specialized technical distributor, connecting top-tier cell manufacturers (EVE, CALB, SVOLT, REPT, Gotion) with professional integrators worldwide.
Beyond supply, we provide full engineering transparency, including cell traceability, test verification, and system-level support — helping you build safer, more reliable energy solutions with confidence.
High-safety 48V 5kWh wall-mounted solutions. Integrated with Grade A fresh LFP cells and expert-designed BMS for long-term home reliability.
High-performance 3000W solutions for camping and off-grid living. Features intelligent two-way fast charging and long-lasting Grade A LFP cells for safe, reliable mobile energy.
High-performance Grade A LFP for AGVs, robotics, and industrial motive power. Every cell is matched per order to ensure 100% freshness and peak consistency. Expert engineering support for seamless system integration.
Robust Grade A LFP for telecom stations, solar storage, and marine power. Matched per order for 100% freshness to ensure reliable 24/7 off-grid performance in demanding environments.
Reliable grid-scale ESS for high-latitude or high-altitude regions. DLCPO LTO technology operates flawlessly down to -40°C, ensuring consistent power in extreme cold without the need for complex pre-heating systems.
Ultra-high C-rate capability for locomotive start-stop and rapid charging transit systems. LTO’s robust architecture handles thousands of high-power cycles, optimizing uptime and performance in demanding heavy-duty applications.
Stabilize grid infrastructure with unparalleled cycling capability. DLCPO LTO solutions handle millions of high-power micro-cycles for superior frequency regulation, peak shaving, and voltage support with a 20+ year operational life.
Maximized uptime for 24/7 port and warehouse fleets. LTO’s 20,000+ cycle life, ultra-safe chemistry, and full recharge in minutes eliminate downtime in mission-critical material handling and robotic applications.
Engineered for professional UAVs requiring high burst power and lightweight profiles. Our polymer cells provide superior energy density and are produced to order to ensure maximum flight time and battery health.
Safe and reliable power for portable medical equipment and diagnostic tools. We offer customized dimensions and integrated protection circuits to meet the stringent reliability standards of the global healthcare industry.
Maximizing capacity in minimal space. Our ultra-slim polymer solutions are tailored for smartwatches and IoT devices, offering flexible sizing and high energy density to support the next generation of wearable tech.
Powering high-end tablets, digital cameras, and e-readers with long-lasting energy. DLCPO’s "Produced to Order" policy ensures peak chemical activity for superior cycle life in high-frequency portable electronics.
Our core team specializes in custom chemistry optimization and precise dimensional design for high-energy density polymer cells.
Equipped with world-class high-speed winding and coating machinery to ensure micro-level precision and 150,000+ daily capacity.
All assembly processes are conducted in ISO-certified dust-free workshops to guarantee zero contamination and long-term cell stability.
Equipped with a complete suite of inspection instruments for <5mV consistency testing and 100% full-cycle validation before shipment.
Battery Management System Guide: Core Functions, Architecture & Hardware Design In this comprehensive Battery Management System guide, we explore why the BMS is the mission-critical
Understanding LiFePO4 Technology: The DLCPO Technical Guide In the evolving landscape of energy storage, Lithium Iron Phosphate (LiFePO4 or LFP) has emerged as the definitive
Semi-Solid State Battery vs LiFePO4: The Future of Energy Storage | DLCPO
